Is it possible to entangle two objects in such a way that when untangled the
mass of one is different to the other? In other words the mass is
equal/undefined until untangled?
I'm guessing not - as this would seem to imply problems for conservation of
momentum or ??
Re: Question about entanglement ... On May 29, 5:03 am, "CWatters"... Is it possible to entangle two objects in such a way that when untangled the ... In other words the mass is ... different mass eigenstates.... (sci.physics)
Re: Calculating Newtons in Joules and Joules/s ...Momentum and energy are separately conserved. ... If the 3 kg mass were to get all of the momentum of the ... Make it two 4 kilogram masses instead of two 3 kg masses. ...kinetic energy is conserved. ... (sci.physics)
Re: Can this relativity paradox (center of mass problem) be resolved? ... in Newtonian mechanics, this is no problem, since the mass...momentum compensation, that is a problem: it moves the centroid of the ... You cannot get energy from nothing and since the mass is locally ... (sci.physics.relativity)
Re: OT The Politcal Brain - Confirmation bias ...Cliff wrote: ... Time clearly is and mass may be. ... A vector has both magnitude... misconceptions where you've claimed the "Mass ALWAYS has momentum".... (alt.machines.cnc)
Re: Transition from classical continuum mechanics to point mechanics? ...momentum and energy and somehow modeling ...mass of the source. ...fundamental particles is a NAKED singularity. ... the quantum world, itself, literally be pulled out of classical ... (sci.physics.research)